What are mecanum wheels good for?

Mecanum wheels enable omnidirectional movement, allowing the igus ReBeL EduMove to travel sideways and diagonally without needing to rotate first. This capability makes the robot ideal for navigating tight spaces and executing complex movement patterns in educational and research applications.

Can I control the igus ReBeL EduMove with ROS2?

Yes, the ReBeL EduMove supports control via ROS2 with a Python library and online setup guides available. You can also control it using igus Robot Control software for a more structured programming interface.

How long does the battery last on the ReBeL EduMove?

The robot runs approximately 4 hours per charge on a 24V battery, which is not included. You will need to supply an XT60 plug compatible 24V battery.

What sensors can I add to the igus ReBeL EduMove?

The ReBeL EduMove supports mounting of LIDAR, realsense cameras, and Jetson Nano for AI vision tasks. Additional collision detection and mapping sensors can be added as your projects expand.

How much weight can the ReBeL EduMove carry?

The robot has a payload capacity of up to 2 kg with its integrated mecanum drive. This allows it to transport small objects or sensors for classroom and laboratory experiments.

How quick is it to set up the igus ReBeL EduMove?

Assembly takes only minutes with just 4 screws and 1 connector required. The design enables rapid hands-on learning and quick classroom deployment without complex setup procedures.

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In Stock12 DOF Mobility

igus ReBeL EduMove Mobile Robot with Mecanum Wheels

Name: igus ReBeL EduMove Mobile Robot with Mecanum Wheels
Brand: igus
SKU: 3333
Price: 29100 USD
Availability: InStock

igus®

$29,100.00

Educational mobile robot platform with mecanum wheels for omnidirectional movement, 2 kg payload, and four-hour battery runtime. Supports igus Robot Control or ROS2 programming, simple four-screw assembly, and optional sensor retrofitting for collision detection and mapping.

The igus ReBeL EduMove Mobile Robot with Mecanum Wheels is an educational teaching robot platform designed for classroom and laboratory applications.

Features:

Equipped with mecanum wheels for omnidirectional movement, allowing lateral and diagonal motion without rotation.
Supports control via igus Robot Control or open-source ROS2 interface for flexible programming.
Simple four-screw assembly for rapid setup and easy hands-on learning.
Optional gripper and sensor mounting capabilities with support for LIDAR and realsense cameras.

Specifications:

Payload capacity: up to 2 kg.
Dimensions: 435 mm (width) x 445 mm (length) x 170 mm (height without arm), 980 mm (height with ReBeL arm).
Approximate battery runtime: 4 hours (24V battery required, not included).
Motor: integrated for mecanum drive, supports omnidirectional wheels.
Wheel size: compatible with standard mecanum wheels for smooth navigation.
Supports mounting of Jetson Nano for AI and vision tasks.

Educational Benefits:

Designed for fast curriculum integration in robotics, mechatronics, and STEM education.
Facilities easy sensor installation for research and advanced classroom projects.
Online resources available, including free 3D printable models and ROS2 setup guides.

Compatibility and Integration:

Fits igus ReBeL robot arm and gripper as standard.
Compatible with igus Robot Control software, CRI network interface with Python library, and ROS2 for custom development.
Allows additional sensor integration, expanding utility over time.

Comparability Context:

Offers omnidirectional mobility through mecanum wheels, distinguishing it from non-lateral moving platforms.
Provides open software compatibility and easy assembly, advantageous for educators versus proprietary or closed systems.
Modular sensor and AI hardware support enhances adaptability for evolving curriculum needs.

Frequently Asked Questions:

What is omnidirectional movement? Omnidirectional movement enables the robot to travel in any direction instantly, including sideways and diagonally, using mecanum wheels.
How long does the battery last? The platform achieves approximately four hours of operating time per charge with a recommended 24V battery.
What software is required? Control is available via igus Robot Control or ROS2; Python libraries and guides are available online.

Guidance for Educators:

ReBeL EduMove is suitable for lesson plans focused on robotics engineering, mobile robot algorithms, and sensor integration.
Instructor resources and 3D models are provided for quick onboarding and classroom deployment.

Weight4 kg

Max Payload2 kg

Payload: 2 kg
Battery Life: 4 hours per charge
Mobility: Omnidirectional with Mecanum wheels
Mounting: Simple 4-screw assembly
Expandability: Collision detection
Mapping

Control via igus Robot Control or ROS2, flexible programming interface
Move sideways and diagonally with mecanum wheels, no rotation needed
Assemble in minutes, just 4 screws and 1 connector
Add collision detection and mapping sensors as you expand
Carry payloads up to 2 kg with integrated mecanum drive
Run 4 hours per charge on 24V battery, XT60 plug required
Mount LIDAR, realsense cameras, or Jetson Nano for AI vision tasks

: Mecanum wheels enable omnidirectional movement, allowing the igus ReBeL EduMove to travel sideways and diagonally without needing to rotate first. This capability makes the robot ideal for navigating tight spaces and executing complex movement patterns in educational and research applications.
: Yes, the ReBeL EduMove supports control via ROS2 with a Python library and online setup guides available. You can also control it using igus Robot Control software for a more structured programming interface.
: The robot runs approximately 4 hours per charge on a 24V battery, which is not included. You will need to supply an XT60 plug compatible 24V battery.
: The ReBeL EduMove supports mounting of LIDAR, realsense cameras, and Jetson Nano for AI vision tasks. Additional collision detection and mapping sensors can be added as your projects expand.
: The robot has a payload capacity of up to 2 kg with its integrated mecanum drive. This allows it to transport small objects or sensors for classroom and laboratory experiments.
: Assembly takes only minutes with just 4 screws and 1 connector required. The design enables rapid hands-on learning and quick classroom deployment without complex setup procedures.

Mobile robot with omnidirectional movement vs. fixed-direction platforms:

The ReBeL EduMove uses mecanum wheels to move sideways and diagonally without rotating, unlike wheeled platforms that must turn to change direction. Choose this for classrooms and labs where you need flexible, space-efficient navigation and hands-on learning with modern mobile robotics.

For tight lab spaces or classroom demonstrations, sideways and diagonal motion eliminates the need to rotate, cutting the footprint required for maneuvers.
For curriculum integration, simple four-screw assembly and ROS2 or igus Robot Control compatibility let students start programming within minutes, not hours.
For expanding research projects, modular sensor mounts for LIDAR, realsense cameras, and Jetson Nano support AI vision tasks without redesign.
For a 2 kg payload with 4-hour runtime, lightweight parts handling and extended mission time suit educational pick-and-place or inspection workflows.
For educators needing quick deployment, free 3D printable models and online ROS2 guides reduce setup barriers compared to proprietary systems.

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igus ReBeL EduMove Mobile Robot with Mecanum Wheels

Features:

Specifications:

Educational Benefits:

Compatibility and Integration:

Comparability Context:

Frequently Asked Questions:

Guidance for Educators:

Key Specifications

Features

Frequently asked questions

How this compares

Mobile robot with omnidirectional movement vs. fixed-direction platforms:

Related Products

igus ReBeL EduMove Mobile Robot with Mecanum Wheels

Features:

Specifications:

Educational Benefits:

Compatibility and Integration:

Comparability Context:

Frequently Asked Questions:

Guidance for Educators:

Key Specifications

Features

Frequently asked questions

How this compares

Mobile robot with omnidirectional movement vs. fixed-direction platforms:

Related Products